# Channeling and radiation of the 855 MeV electrons enhanced by the re-channeling in a periodically bent diamond crystal

## TL;DR

This study uses numerical simulations to explore how periodically bent diamond crystals influence electron channeling and radiation, revealing enhanced re-channeling and distinct spectral lines compared to other crystal configurations.

## Contribution

It demonstrates that periodically bent diamond crystals significantly improve re-channeling and produce unique radiation spectra, advancing understanding of electron-crystal interactions.

## Key findings

- Enhanced re-channeling in periodically bent crystals
- Distinct spectral lines in radiation spectra
- Comparison with planar and uniformly bent crystals

## Abstract

Channeling properties and radiation spectra are studied on the grounds of numerical simulations for the 855 MeV electrons in a periodically bent diamond crystal. The bent crystalline profiles are shown to enhance the re-channeling of the projectiles and to produce distinct lines in the radiation spectra. The results obtained are analyzed and contrasted to the properties of the planar channeling and of the channeling in uniformly bent crystals.